SAMSUNG

South Korean giant has just introduced a new 200 MP sensor. The Galaxy S23 Ultra should get it

Just before the Galaxy Unpacked event, where Samsung is supposed to showcase the latest flagships SamsungGalaxy S23 an S23 Ultra, introduced a new camera sensor. This sensor has been talked about for a long time and we will see if we will see it in the Galaxy S23 Ultra model, he writes XDA.

Samsung has not yet made any specific statements, but many experts estimate that we will definitely see its use as early as this year. ISOCELL HP2 should 1/1.3 inch sensor which contains up to 200 million 0.6 micrometer pixels. Although the sensor has incredible quality, it is very compact.

It can also do this to remove imperfections and unevenness, which previous versions of cameras had. A big advantage is the use of binngu pixel, which ensures the creation of up to 50 MP a 12.5MP snapshot. It also allows you to intercept 8K videos at 30 frames per second (24 frames earlier).

Nowadays, 8K is more of a relic, as there is still a lack of a larger structure to reproduce such a video format. The most ideal will be for customers to use the sensor to create 4K 60 fps videos. In this case, it will also help to create a professional looking video HDR function.

The company also offers Dual Vertical Transfer Port (D-VTG) technology, which can reduce color fading in very bright environments. On the photodiode of each pixel, a voltage transfer gate is located at the bottom. it transfers electrons from pixels to the logical information layer. This increases the total 1 pixel capability up to 33%.

Night photography should also be improved...The photo will also be improved in the absence of light. It is in this area that even some premium smartphones often lose relevance. In addition to improving the quality of images, autofocus, which technology is responsible for Super QDP.

This technology works on the principle that all pixels on the sensor are equipped with an autofocus function. Additionally, Super QPD uses a Through lens across four adjacent pixels to detect differences in horizontal and vertical directions.

Source: Tomáš Kanálik